Image Memory Management TRIZ Cases
- GPU Tile Rendering Pipelines for Ordered Primitive Processing
Parallel geometry pipelines and a tiling back end preserve primitive order across tiles, cutting GPU latency and power use.
- GPU Tile Pipelines with Dynamic Primitive Allocation
Dynamic tile allocation prevents idle pipelines during primitive processing, helping reduce geometry latency and GPU power use.
- Typed UAV Processing in Pixel Pipelines to Reduce GPU Complexity
Separate hardware for typed UAV messages adds GPU complexity; pixel-pipeline integration improves utilization and reduces power consumption.
- Rate-Limited Shared Buffers for Image Processing Throughput
Rate-limited credit allocation shares buffer blocks across image-processing circuits, reducing memory contention, CPU bandwidth use, and power consumption.